Track days like these provide a rare opportunity to legally test a car’s stated speed capabilities, which in the Evo’s case, was 0-100 km/h in 2.9 seconds and 0-200 km/h in 9.0 seconds. I had a good crack at it but, not having a stop watch handy, can’t faithfully report on the result. I also failed to hit the Evo’s claimed top speed of more than 325 km/h, though was pleased enough with the 265 km/h I did manage on the main straight.
I can also attest to the Evo’s stopping power, and that steering under heavy braking into the sharp right-hander coming off the straight was a snap. The car felt in complete control even in this rank amateur’s hands, and it floated through the rest of the course with understeer non-existent and incredibly exact turn-in in fast, sweeping corners.
This precision and ease of drive can perhaps be explained by the big point of difference in the Evo compared to the outgoing Huracán Performante on which it’s based – the car’s ability to anticipate what a driver is going to do almost before they’ve thought of doing it.Now, personally, I find that hard to get my head around, frankly, as it sounds more like alluring “marketing speak” than a possible measure of autonomous driving.
But the Evo has been gifted with a “brain” in the new Lamborghini Dinamica Veicolo Integrata (LDVI) – basically a central “super computer” which apparently adds that predictive element by pulling in everything the Evo’s chassis and powertrain has to offer.
Lamborghini says the predictive feature is made possible by the real-time monitoring of lateral, longitudinal and vertical loads, as well as body roll and pitch, all of which matters when you’re pushing a car to its limit. Lamborghini calls this “feed forward” depending on which of the three drive modes you’re in, from daily Strada, or Sport to race mode, Corsa.